Biblio

C. Gonzalez, “On-site mixed oxidants : demonstrate benefits in Puerto Rico”, Water conditioning and purification magazine & international, pp. p. 62-65 : 2 fig., photogr., 2002.

M. R. Collins, Eighmy, T. T., Fenstermacher, J. M., and Spanos, S. K., “Using granular media ammendments to enhance NOM removal”, Journal American Water Works Association, pp. p. 48-61 : 9 fig., 7 tab., 1996.

A. Rachwal, Bauer, M., Buchanan, B., Colbourne, J., Foster, D., Goodman, N., Kay, A., and Sanders, T., “The GAC/slow sand filter sandwich : from concept to commissioning”, Water supply : the review journal of the International Water Supply Association, pp. p. 137-142: 9 fig., 1995.

WHO -Geneva, CH, World Health Organization, Geneva, C. H. I. L. O. -, and Nairobi, K. E. U. N. E. P. -, Chloroform, vol. 163. Geneva, Switzerland: World Health Organization (WHO), 1994, p. 174 p.: 1 fig., 14 tab.

G. G. C., “Tecnologia innovativa para reduccion de contaminantes biologicos y precursores de trihalometanos”, Gaceta ambiental, pp. p. 5-13: 8 fig., 3 tab., 1994.

D. A. Cornwell and Lee, R. G., “Waste stream recycling : its effect on water quality”, Journal American Water Works Association, pp. p. 50-63: 17 fig., 1 tab., photogr., 1994.

G. F. Craun, “Epidemiology studies of water disinfectants and disinfection by-products”, in Safety of water disinfection : balancing chemical and microbial risks, 1993, pp. P. 277-301: 8 tab.

G. G. C., “Innovative technology for reduction in biological contaminants and trihalomethane precursors”, in Safety of water disinfection : balancing chemical and microbial risks, 1993, pp. P. 415-428: 10 fig., 3 tab.

F. M. Reiff and Witt, V. M., “Guidelines for the selection and application of disinfection technologies for small towns and rural communities in Latin America and the Caribbean”, vol. no. 30. Washington, DC, USA, 1992.

M. R. Collins, T. Eighmy, T., Fenstermacher, J. M., and Spanos, S. K., “Removing natural organic matter by conventional slow sand filtration”, Journal American Water Works Association, pp. p. 80-90: 12 fig., 8 tab., 1992.

M. R. Collins, Eighmy, T. T., and Malley, J. P., “Evaluating modifications to slow sand filters”, Journal American Water Works Association, pp. p. 62-70: 7 fig., 5 tab., photogr., 1991.

S. K. Bhattacharya, “Chlorination of drinking water and cancer”, Water resources journal, pp. p. 22-26, 1990.

R. B. Williams and Culp, G. L., Handbook of public water systems. New York, NY, USA: Van Nostrand Reinhold, 1986, p. xiv, 1113 p.: fig., tab.

N. M. Ram, Calabrese, E. J., and Christman, R. F., Organic carcinogens in drinking water : detection, treatment and risk assessment. New York, NY, USA: Wiley, 1986, p. 542 p.: fig., tab.

G. Bellen, Anderson, M., and Gottler, R., Point-of-use reduction of volatile halogenated organics in drinking water. Cincinnati, OH, USA: US Environmental Protection Agency (EPA), 1985, p. xi, 74 p.: fig., tab.

G. R. Pyper, “Slow sand filter and package treatment plant evaluation : operating costs and removal of bacteria, Giardia and trihalomethanes by McIndoe Fall fire district 3, McIndoe Falls, Vermont 05050”. US Environmental Protection Agency (EPA), Cincinnati, OH, USA, p. xiv, 182 p.: fig., tab., 1985.

Water Pollution Control Federation -Alexandria, VA, US, American Public Health Association -Washington, DC, US, and American Water Works Association -Denver, CO, US, AWWA, Selected analytical methods approved and cited by the United States Environmental Protection Agency : supplement to the fifteenth edition of standard methods for the examination of water and wastewater. Washington, DC, USA: American Public Health Association (APHA), 1981, p. 106 p.: fig., tab.

J. M. Symons, Stevens, A. A., Clark, R. M., Geldreich, E., Love, T., and DeMarco, J., “Treatment techniques for controlling trihalomethanes in drinking water”. US Environmental Protection Agency (EPA), Municipal Environmental Research Laboratory, Cincinnati, OH, USA, p. xii, 289 p, : fig., tab., 1981.